LS/LSX 1050
Chain bands made of specially coated steel
Warianty rozpórek
Stay variant RV
frame stay, reinforced design
- frame stay RV made of aluminium – reinforced design
- for medium to heavy loads and for large chain width
- Standard stay arrangement: on every 2nd chain link. Stays can be fitted on
every chain link, please specify when placing your order. - bolted stays for maximum stability
Stay variant RR
frame stay, tube design
- gentle cable support due to rotating metal tubes
- ideal when using media hoses with "soft" sheaths
- possible materials of the axles, tubes and dividers:
- axles, tubes and dividers made of zinc plated steel (standard)
- axles, tubes and dividers made of stainless steel ER 1
- Standard stay arrangement: on every 2nd chain link. Stays can be fitted on every chain link, please specify when placing your order
- bolted stays for maximum stability
Stay variant LG - hole stay made of aluminium, split design
- optimum cable guidance in the neutral bending line is possible
- drilling pattern individually adapted to the applicatio
- high stability due to solid construction
- split design as standard for easy laying of the cables
- Standard stay arrangement: on every 2nd chain link. Stays can be fitted on every chain link, please specify when placing your order.
- bolted stays for maximum stability – also available not split
Dimensions and intrinsic chain weight
Type | hi mm | Bi mm | Bk mm | Intrinsic chain weight (kg/m) |
LS/LSX 1050 LG | 58 | - | 100 | 4.1 |
LS/LSX 1050 LG | 58 | - | 600 | 8.1 |
LS/LSX 1050 RS 2 | 58 | 84 | 100 | 3.7 |
LS/LSX 1050 RR | 54 | 84 | 100 | 4.3 |
LS/LSX 1050 RV | 58 | 84 | 100 | 4 |
LS/LSX 1050 RS 2 | 58 | 384 | 400 | 4.2 |
LS/LSX 1050 RR | 54 | 484 | 500 | 8 |
LS/LSX 1050 RV | 58 | 584 | 600 | 5.9 |
Bend radius and pitch
Bend radii KR (mm) | ||||||||
105 | 125 | 155 | 195 | 260 | 295 | 325 | 365 | 430 |
Pitch t = 105 mm
Wykres obciążeń
długość samonośna Lf w zależności od dodatkowego obciążenia
* Load diagram for stay variant RS for medium carrier widths. The possible additional load for large carrier widths and heavy stay variants (e.g. RR) is smaller due to the increased intrinsic chain weight.